MATLAB Fundamentals for Aerospace Engineers

Ready to code your way from runway to deep space? This comprehensive, lab-ready reference arms you with the MATLAB skill set aerospace professionals demand-no fluff, no filler, just laser-focused tutorials that turn theory into executable scripts.

- One Concept-One Chapter: Breeze from the International Standard Atmosphere to asteroid landing plume impingement in 99 tightly scoped lessons.
- 400+ Fully Commented Scripts: Copy, tweak, and launch. Every formula, every loop, every plot is pre-built for rapid experimentation.
- Real-World Aerospace Problems: Calculate supersonic shock angles, tune LQR flight controllers, size multistage rockets, and model quaternion attitude-directly in MATLAB.
- Built-In Numerical Methods: Root-finding, ODE solvers, optimization, Monte Carlo, and Kalman filtering are woven into each aerospace application.
- Under-the-Hood Insights: Learn why each line of code works-then adapt it to your own UAV, satellite, or jet-transport project.

Whether you're an engineering student, a researcher refining flight algorithms, or a professional accelerating R&D timelines, this book delivers the actionable MATLAB toolkit to slash debugging time and ignite breakthrough designs.

Inside You Will Code
- Thin airfoil lift & drag polars
- Oblique & normal shock tables
- Breguet range & payload-range diagrams
- Hohmann & bi-elliptic transfers
- Quaternion attitude kinematics
- Reaction-wheel sizing & magnetorquer control
- Vortex lattice wing analysis
...and 90+ more aerospace-specific modules.

Unlock faster prototypes, sharper analyses, and a competitive edge in aircraft, rotorcraft, UAV, and spacecraft engineering-one MATLAB script at a time.